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机译:加速增长而无需预先编程的微源性后代在营养编程的肥胖
Department of Medicine and Physiology/Pharmacology Division of Nephrology and Hypertension Oregon;
Department of Medicine and Physiology/Pharmacology Division of Nephrology and Hypertension Oregon;
Department of Medicine and Physiology/Pharmacology Division of Nephrology and Hypertension Oregon;
Department of Medicine and Physiology/Pharmacology Division of Nephrology and Hypertension Oregon;
Department of Medicine and Physiology/Pharmacology Division of Nephrology and Hypertension Oregon;
Department of Comparative Medicine Oregon Health and Science University Portland OR United;
Department of Comparative Medicine Oregon Health and Science University Portland OR United;
Department of Medicine and Physiology/Pharmacology Division of Nephrology and Hypertension Oregon;
catch-up growth; feed intake; Key wordsAppetite; linear growth; maternal protein restriction;
机译:加速增长而无需预先编程的微源性后代在营养编程的肥胖
机译:营养程序化微猪后代的脂肪细胞结构和功能改变
机译:营养,饲喂和犊牛:青春期前荷斯坦小母牛加速生长速率和雌激素植入对生长,饲料效率和血液参数的影响
机译:简要沟通:由于早期怀孕营养的绵羊发育规划改变了成年女性后代的牛奶产量,但不是盛大后代
机译:产妇肥胖会影响胎儿和后代肌肉的纤维形成和结缔组织积累
机译:加速增长而无需营养编程的微源性后代在没有预先肥胖的增长
机译:营养编程微源源性促进生长和脂联素的后切热量限制的影响